#107 Matt Ridley: Infinite Innovation

Mar 23, 2021
Overview

Matt Ridley, author and biologist, discusses innovation versus invention, the role of trial and error, and rational optimism. He explores how human ingenuity battles viruses, the impact of social media on perspectives, and government's role in fostering innovation through freedom and collaboration.

At a Glance
15 Insights
1h 4m Duration
15 Topics
5 Concepts

Deep Dive Analysis

Matt Ridley's Journey to Science Writing

The Red Queen Hypothesis and Evolutionary Arms Races

Humanity's Battle Against Pathogens and Disease

Rational Optimism and Social Media's Impact

Distinction Between Innovation and Invention

Collaboration and Trial-and-Error in Innovation

The Inevitability and Unpredictability of Innovation

Undervalued Execution vs. Overvalued Ideas in Innovation

The Unsung Hero: Insecticide-Treated Mosquito Nets

Innovation as a Driver of Human Specialization and Collaboration

Geographical Concentration of Innovation

Government's Role in Fostering Innovation

The 'Prize Approach' to Incentivize Innovation

Counteracting Social Media's Polarizing Effects

The Infinite Nature of Innovation and Future Optimism

Innovation vs. Invention

Invention is the act of coming up with a bright idea that changes the world. Innovation is the subsequent, often more difficult, process of turning that bright idea into something practical, reliable, available, and affordable for ordinary people through a long slog of hard work and collaboration.

Red Queen Hypothesis

This concept, derived from 'Alice Through the Looking Glass,' describes an evolutionary arms race where organisms must constantly adapt and evolve to maintain their relative fitness against co-evolving adversaries, such as parasites and hosts. It signifies running as fast as possible just to stay in the same place.

Simultaneous Invention

This phenomenon describes how multiple individuals or teams often arrive at the same invention or discovery independently and around the same time. It suggests that when technologies are 'ripe' and combining elements reach a certain point, the invention becomes almost inevitable, regardless of specific individuals.

Comparative Advantage

A principle stating that countries or individuals should specialize in producing goods or services where they have a lower opportunity cost, even if another entity is better at producing everything. This specialization and trade lead to mutual gain and increased overall prosperity, moving away from zero-sum thinking.

Impartial Spectator

A concept from Adam Smith's 'Theory of Moral Sentiments' referring to an internalized moral compass or an imagined objective observer. Individuals calibrate their behavior based on what they perceive this impartial spectator would approve of, leading to the negotiation of mutually acceptable social norms and rules.

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What is the biggest lesson from 'The Red Queen' and its role in policy?

The biggest lesson is that evolutionary processes, like the arms race between parasites and hosts, are a constant struggle where advantages are slight and short-lived. For policy, it suggests that while we gain ground against pathogens through ingenuity, we must expect diseases to mutate and find workarounds, requiring continuous adaptation.

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How does social media affect rational optimism and societal polarization?

Social media has amplified pessimism and polarized society by accentuating bad news and creating echo chambers. While it offers social contact, it also incentivizes reinforcing one's own prejudices rather than engaging with diverse viewpoints, making it harder to maintain optimism about society generally.

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What is the primary difference between invention and innovation?

Invention is the initial bright idea or discovery, while innovation is the collaborative, trial-and-error process of transforming that idea into a practical, reliable, available, and affordable product or service for widespread use. Innovation often involves more effort and is arguably more crucial than the initial invention.

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Why is failure important for innovation?

Failure, or trial and error, is vital for innovation because it allows individuals and teams to discover what doesn't work, learn from mistakes, and iterate towards successful solutions. A relative tolerance of failure, as seen in places like Silicon Valley, encourages experimentation and ultimately leads to breakthroughs.

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Why does innovation seem to be geographically concentrated in certain 'pockets'?

Innovation tends to concentrate in independent, relatively small political units that are vigorous traders, like city-states. These environments foster the exchange of ideas, provide incentives for investment, and allow freedom for merchants and entrepreneurs to act, creating a fertile ground for breakthroughs.

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What role should governments play in fostering innovation?

Governments should primarily focus on removing obstacles like excessive regulation and fostering openness and freedom for exchange of ideas, investment, and consumer choice. The 'prize approach,' where rewards are offered for solving specific problems without dictating the solution, is also an effective incentive.

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Why do humans often default to 'zero-sum thinking' instead of 'growing the pie'?

Biologically, zero-sum thinking made sense for millions of years in situations where resources or opportunities were limited (e.g., one mate, limited food). It's only in the last 10,000 years, with the rise of trade and division of labor, that humans have had to intellectually adapt to the idea that another's gain can also be one's own gain.

1. Embrace Trial and Error

Recognize that trial and error, including getting things wrong and starting again, is vital for innovation. Be prepared to fail repeatedly, as successful innovators emphasize persistent experimentation and learning from mistakes.

2. Prioritize Collaboration and Communication

Debunk the myth of the ’lonely genius’ in innovation and instead prioritize effective communication and collaboration among people. Recognize that shared ideas and collective effort are more crucial than individual cleverness.

3. Cultivate Open Mind and Hard Work

Understand that significant innovation is accessible to everyone, requiring only an open mind, a willingness to do a lot of hard work, and the resilience to not mind failing repeatedly. These characteristics are more important than perceived special talent or genius.

4. Prioritize Innovation Over Invention

Understand that innovation, the process of turning a bright idea into something practical, reliable, available, and affordable, is often more important and difficult than the initial invention. Dedicate effort to the ’long slog’ and hard work of execution rather than solely focusing on generating new ideas.

5. Embrace Rational Optimism

Adopt a mindset of rational optimism, as inventing and innovating fundamentally require this belief. Recognize that attitudes and beliefs are contagious, and cynicism can prevent creation.

6. Teach Children to Tolerate Failure

Teach children that failing at something does not make them a bad person, but rather provides a reason to try again in a different way. Avoid protecting them from failure at all costs, as learning from mistakes is crucial for developing resilience and innovative thinking.

7. Foster Freedom for Innovation

Understand that innovation ultimately boils down to freedom: the freedom to exchange ideas, fail and restart, change one’s mind, invest wisely, and express consumer preferences. Societies that allow this freedom will achieve greater results and prosperity.

8. Remove Obstacles to Innovation

Governments should prioritize removing regulatory and other obstacles to innovation, allowing new ideas and technologies a ‘free run’ to develop and thrive. This approach is more effective than ‘picking winners’ through direct funding.

9. Incentivize Innovation with Prizes

Governments and organizations should incentivize innovation by offering prizes or advanced market commitments for solutions to specific problems, rather than trying to pick winning technologies in advance. This approach encourages a broad range of efforts and allows the market to determine the best solutions.

10. Embrace Specialization for Collective Good

Recognize that human progress involves becoming more specialized in what you produce and more diversified in what you consume, creating a network where everyone works for each other. By focusing on one specialized task, your effort contributes to the wellness of many others through exchange.

11. Reject Zero-Sum Thinking

Move away from zero-sum thinking, recognizing that the prosperity of another country or individual is not a loss for you, but rather creates more consumers and opportunities. Embrace the idea that mutual gain is possible and beneficial for all.

12. Don’t Fear Innovation Copying

Do not worry excessively about other countries or entities copying your innovations; instead, focus on maintaining your advantage by continuously being smarter and staying ahead. Catch-up growth by others can create larger markets for your products.

13. Tame New Technologies

Recognize that new technologies, like social media, can have negative societal impacts, but it is possible to tame them. Work to develop cultural norms and guidelines that mitigate the ‘bad stuff’ and allow society to live constructively with these advancements.

14. Calibrate Behavior to Social Norms

Calibrate your behavior based on what is considered acceptable and admirable within society, rather than solely on personal desires or instincts. This process helps foster mutual acceptance and reduce negative behaviors.

15. Maintain Optimism for Infinite Innovation

Hold an optimistic view that innovation is an infinite process and there’s no reason humanity cannot innovate indefinitely. This perspective is grounded in the historical impact of innovation and the continuous ability to use fewer resources through advancements.

Innovation is the process by which a bright idea is turned into something practical, reliable and available and affordable for ordinary people. And that's a long slog and it's a lot of hard work and it's often more important, more difficult than the process of coming up with a good idea in the first place.

Matt Ridley

Thomas Edison said, I haven't failed. I've just found 10,000 ways that don't work.

Matt Ridley

Innovation is the child of freedom and the parent of prosperity.

Matt Ridley

The prosperity of another country is not a problem for you. It just means that there's some rich consumers out there prepared to buy whatever you're good at selling.

Matt Ridley

I can tell my genes to go jump in the lake.

Steven Pinker (quoted by Matt Ridley)

I would tell the world that innovation is unbelievably important. It's by far the biggest story of the last 500 years. It's the reason for optimism about the next 500 years. It's infinite.

Matt Ridley
One
Number of major human diseases totally extinguished Smallpox, possibly the biggest killer of all time.
~200
Number of different types of viruses causing the common cold Respiratory viruses are a tempting target for humans.
7 to 10
Average number of colds a child gets per winter Applies to children.
1798
Year Thomas Robert Malthus published a pessimistic bestseller Example of historical pessimism.
1903
Year of the first powered airplane flight Achieved by the Wright brothers.
21
Number of different people who came up with the idea of the light bulb around the same time In the 1870s, illustrating simultaneous invention.
1958
Year Leonard Reed's essay 'iPencil' was written Illustrates human specialization and collaboration.
2003
Year malaria began to decrease as a cause of mortality Reversed by insecticide-treated mosquito nets.
1983
Year of the typewritten document describing the insecticide-treated mosquito net experiment From Burkino Faso, by Frederick Darriott and colleagues.
$2,500
Cost of Google Glass at launch A technologically brilliant product that people didn't want to buy at that price.
One quarter
Electricity usage of an LED light bulb compared to a compact fluorescent Example of innovating to use fewer resources.
Last 300 years
Time period innovation explains prosperity Nearly all prosperity.